time = 20:00 

The RF has been adjusted so that it bunches at the correct frequency for 209Bi 

For 208Bi the settings ("frequency mismatch") were: 
-0.102 in SC5 
-0,102 in SC11  


For 209Bi the settings ("frequency mismatch") are (and were yesterday): 
-0.83 in SC5 
-0,83 in SC11  

see subject.

Voltage SA_SZ (capture behind cooler): 1500 V (thin plastic scintillator)
Voltage NA_SZ (capture behind target): 750V (thick plastic, short absorption length)

Voltages and thershholds from thorium run, still to be verified.

The NTCap DAQ computer in the HKR (Schottky logbook) is started, and all preparations for data taking (mounting of NAS etc.) are done.
Parameters for NTCAP DAQ will be adjusted as soon as beam is available. 

The ESR pattern is enhanced compared to the thorium experiment by additional machines that can be  used for cooling/waiting in order to optimize 208Bi yield.
As a consequence, the sub chain numbers (previous: virtuelle Beschleuniger) are changed. The new numbers still have to be dialed in into the devices in the Messhütte and the automatic in/out of the XUV-detector tested-

After a phone call with Wilfried I implemented an offset to all hit channels of the stacked / accumulated spectra where one chekcs the timing peaks.

Therfore, I made a copy of the analysis in 208Bi1 (one "1" at the end). And here, in the file TLdaAnlProc.cxx I added an offset of +70 to the hit channel (variable UInt_t hit, around line 335 /336 of the code).
Pleasse note that I just inlcuded one line with a "magic" number here, since I cannnot test teh compiling and was afraid to introduce an error.

So the lines were

UInt_t hit =tdcSE[i][j];

changed to 

UInt_t hit =tdcSE[i][j];
hit = hit + 70;

Plesaede note that you need to recompile and check and set all conditions for the time-preak window.

So , you now use the analysis in 208Bi1